Full-automatic reinforcing mesh welding production line

Abstract

The invention discloses a full-automatic reinforcing mesh welding production line which comprises a longitudinal line production section for machining longitudinal lines, a transverse line production section for machining transverse lines and a welding output section for welding and outputting the longitudinal lines and the transverse lines. The full-automatic reinforcing mesh welding production line has the advantages of being high in automatic degree, low in labor intensity and convenient and fast in welding operation and greatly increasing production efficiency and production capacity. In addition, the smoothness and quality of a welded reinforcing mesh are high.

Description

technical field [0001] The invention relates to a steel mesh welding production line, in particular to a fully automatic steel mesh welding production line based on a resistance welding process and integrated with machinery and electronics. Background technique [0002] The steel mesh is welded by the resistance welding technology of the longitudinal reinforcement (referred to as the longitudinal wire) and the transverse reinforcement (referred to as the horizontal wire). The steel mesh welding machine is to transport the steel bars into the steel mesh welding machine in the two directions of warp and weft, and the finished steel mesh (or mesh) can be obtained after welding. Now most of the steel mesh welding machines can only be divided into two parts: The welding of the steel mesh is completed in one step, and the production line cannot be formed. Therefore, when welding the steel mesh, it is necessary to use a straightening machine to straighten and cut the horizontal re...

AI Technical Summary

Problems solved by technology

When the compression spring is used to adjust the pressure of the welded mesh, since the pressure of the compression spring is not completely consistent, the pressure on each solder joint cannot be guaranteed to be consistent, making the steel mesh formed by welding uneven, and it is necessary to weld the steel mesh with different wire diameters. Replacing the compression spring is cumbersome

When the cylinder is used to adjust the welding pressure, the welding time is long, and the steel mesh welding machine mostly uses an ordinary motor, which has poor coordination with the system. When the wire diameter of the coil is thick, the welding speed is slow.

The above will lead to problems such as high labor intensity of welding steel mesh, cumbersome operation steps, slow welding speed, incomplete guarantee of welding quality and inability to work continuously.

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